Tripoli Monte Carlo neutron simulator (extended)

Wrapping

input: criticality aro shielding Tripoli input files
input parameters syntax
- variable:
```
$(variable_name)
```
- formula:
```
@{formula_expression}
```
output: Monte Carlo k-effective “mean_keff”, “sigma_keff”, all scores (possibly by DECOUPAGE)
running progress: current batch number
supports GRAF in batch mode (no need to install an X server on user side)

Example

GEOMETRY
 
TITRE FLUXMETRE
/* source a 20 min. */
 
/* -----------------------air------------------------    */
TYPE 1000   BOITE  50.    50.    100.
VOLU 1000   COMBI  1000  0.  0.  0.    FINV
/* ------------------------------------------------------ */
 
/* ----------------lame inox (zone d'interet) ----------- */
TYPE 2000   CYLZ  2.7  24.
VOLU 2000   COMBI  2000  0. 0. 0. ECRA 1  1000  FINV
/* ------------------------------------------------------ */
 
/* -----------------------tungstene---------------------- */
TYPE 2001   CYLZ  2.6  24.
VOLU 2001   COMBI  2001  0. 0. 0. ECRA 1  2000  FINV
/* ------------------------------------------------------ */
 
 
 
/* ------------------gaine & surgaine-------------------------------- */
TYPE  3000   CYLZ  0.6    20.    /* surgaine (acier) */
TYPE  3001   CYLZ  0.475  20.    /* gaine (Zr4) */
 
VOLU  3000  COMBI  3000  0.  0.  0.  ECRA 1  2001  FINV  /* surgaine */
VOLU  3001  COMBI  3001  0.  0.  0.  ECRA 1  3000  FINV  /*   gaine  */
/* ----------------------------------------------------------------- */
 
 
 
 
/* ------------------combustible fabrice ------------------------- */
TYPE   4000   CYLZ  0.41      20   /* UO2  couche 1 */
 
VOLU   4000  COMBI   4000   0.   0.   0.  ECRA 1   3001  FINV
/* ----------------------------------------------------------------- */
 
 
COLOR  5
 
WHITE   1   1000 
GREY   2    2000  3000 
BLACK  1    3001
ORANGE 1    2001
GREEN  1    4000  
 
 
/*  TESTS DE GEOMETRIE  */
 
 
/* --------------------------------------
   test geom. 1: plan (X,Y) vue de dessus
   -------------------------------------- */
 
/* 
GRAF  -2.9  -2.9  1.
       1. 0. 0.
       0. 1. 0.
       5.8  5.8
       0
*/
 
/* -------------------------------------------
   test geom. : plan (X,Z) coupe longitudinale
   ------------------------------------------- */
 
/*
GRAF  -8.  0.  -26.
       1. 0. 0.
       0. 0. 1.
      16.   52.
       0
*/
 
FINGEOM
 
 
COMPOSITION  5
 
        PUNCTUAL 300 GAINE_CR    5    ZR90  2.2402E-2
                                      ZR91  4.8184E-3
                                      ZR92  7.2767E-3
                                      ZR94  7.2468E-3
                                      ZR96  1.1419E-3
 
 
        PUNCTUAL 300 INOX       10    FE54  3.7665E-3
                                      FE56  5.7486E-2
                                      FE57  1.3227E-3
                                      FE58  1.5115E-4
                                      CR50  7.0705E-4
                                      CR52  1.3095E-2
                                      CR53  1.4567E-3
                                      CR54  3.5518E-4
                                      NI58  5.5812E-3
                                      NI60  2.4209E-3
 
 
	DENSITY   300 AIR 0.0013   2  N14  0.79
				      O16  0.21
 
 
        PUNCTUAL  300 UO2      3      U235   8.4172E-4
                                      U238   2.1631E-2
                                      O16    4.4946E-2
 
 
	PUNCTUAL 300 TUNG       10    W182   1.4883E-2
	                              W183   8.0481E-3
	                              W184   1.7240E-2
	                              W186   1.5837E-2
	                              NI58   4.1496E-3
	                              NI60   1.5091E-3
	                              NI62   2.0088E-4
	                              NI64   4.7702E-5
	                              CU63   1.9649E-3
	                              CU65   8.4763E-4
 
FIN_COMPOSITION
 
 
GEOMCOMP
 
 
	AIR    1   1000
 
 
	TUNG       1   2001
 
 
	INOX       2   2000  3000
 
 
	GAINE_CR   1   3001
 
 
 
	UO2        1   4000
 
 
 
FIN_GEOMCOMP
 
 
LIST_SOURCES  2
 
// source spectre U
SOURCE    COEFF  1.681
          NEUTRON
          FACTORIZED
          FRAME CYLINDER  
          0.  0.  0.
          1   1   0
          0   0   1
 
          VOLU  1    4000
 
   GEOMETRIC_DISTRIBUTION
     TABULATED
     TYPE  F_U_VW
     VAR_V  R
       2
           0.0000     0.4100
     VAR_W  RTHETA
       2
         0.000000   6.283185
     VAR_U  Z
      5
        -20.  -10.  0.  10.  20.
     F_U
        1.  1.  1.  1.
     F_VW
           8.0E+13
     ANGULAR_DISTRIBUTION
       ISOTROPIC
     ENERGETIC_DISTRIBUTION
       SPECTRE WATT_SPECTRE PARAM
         19.64 0.01  1.0120  2.2490
     TIME_DISTRIBUTION DIRAC 0
FIN_SOURCE
 
 
// source spectre Pu
SOURCE    COEFF  1.681
          NEUTRON
          FACTORIZED
          FRAME CYLINDER
          0.  0.  0.
          1   1   0
          0   0   1
 
          VOLU  1    4000
 
   GEOMETRIC_DISTRIBUTION
     TABULATED
     TYPE  F_U_VW
     VAR_V  R
       2
           0.0000     0.4100
     VAR_W  RTHETA
       2
         0.000000   6.283185
     VAR_U  Z
      5
        -20.  -10.  0.  10.  20.
     F_U
        1.  1.  1.  1.
     F_VW
           1.0E+13
     ANGULAR_DISTRIBUTION
       ISOTROPIC
     ENERGETIC_DISTRIBUTION
       SPECTRE WATT_SPECTRE PARAM
         19.64 0.01  1.0350   2.8420
     TIME_DISTRIBUTION DIRAC 0
FIN_SOURCE
 
FIN_LIST_SOURCE
 
 
LIST_DECOUPAGE  1
 
		DECOUP_1   8
		20.   10.  5.  2.  1.  0.1  1.E-6  1.E-11
 
 
FIN_LIST_DECOUPAGE
 
VOLSURF
  VOLU  1
    2000  79.922
 
  SURF  2
    2001 2000  784.142
    2000 1000  814.301
FIN_VOLSURF
 
REPONSES 3
 
 NAME 1 REACTION NEUTRON
  NUCLEUS FLUG100kEV
  //   FLUX.GT.100kEV
  //   ENERGIE     REPONSE
  DATA          3  1
  IN_NO_INTERPOLATION          3
    1.0E-11    0.000000E+00
    0.1        1.000000E+00
    20.0       0.000000E+00
 
 
 NAME 2 REACTION  NEUTRON  NUCLEUS   NP237   FICTIF 300  INTERACTION  1  33
 
	NAME flux
	FLUX NEUTRON
 
FIN_REPONSES
 
 
SCORE 6
 
NAME sc1 1  SURF  DECOUPAGE DECOUP_1 FRONTIER LIST  2
   2001 2000
   2000 1000
 
NAME sc2 1  TRACK DECOUPAGE DECOUP_1 VOLU LIST  1
   2000
 
 
NAME sc3 2  SURF  DECOUPAGE DECOUP_1 FRONTIER LIST  2
   2001 2000
   2000 1000
 
NAME sc4 2  TRACK DECOUPAGE DECOUP_1 VOLU LIST  1
   2000
 
 
NAME sc5 3  SURF  DECOUPAGE DECOUP_1 FRONTIER LIST  2
   2001 2000
   2000 1000
 
NAME sc6 flux  TRACK DECOUPAGE DECOUP_1 VOLU LIST  1
   2000
 
FIN_SCORE
 
 
CALCUL
 
   DENSITY
   ALL  
   FIN_DENSITY
 
FIN_CALCULATION
 
 
 
SIMULATION
 
	BATCH 200
	SIZE 7000
	EDITION 200
	PARTICULES 1 NEUTRON
	ENERGY_INF NEUTRON 1.0E-6
 
FIN_SIMULATION
 
GREEN_FUNCTION_BAND
  CREATION
  3
  FILE_NAME  entree_n
  NEUTRON   SURF   FRONTIER    2001 2000
 
  FILE_NAME  sortie_n
  NEUTRON   SURF   FRONTIER    2000 1000
 
  FILE_NAME  centre_n
  NEUTRON    TRACK  VOLU  2000
 
  FIN_CREATION
FIN_GREEN_FUNCTION_BAND

output: scores 1...6, by batch (because of EDITION), by SPECTRUM

    EDITION_batch
    EDITION_mean_sc1.2000_1000
    EDITION_mean_sc1.2001_2000
    EDITION_mean_sc2
    EDITION_mean_sc3.2000_1000
    EDITION_mean_sc3.2001_2000
    EDITION_mean_sc4
    EDITION_mean_sc5.2000_1000
    EDITION_mean_sc5.2001_2000
    EDITION_mean_sc6
    EDITION_sigma_sc1.2000_1000
    EDITION_sigma_sc1.2001_2000
    EDITION_sigma_sc2
    EDITION_sigma_sc3.2000_1000
    EDITION_sigma_sc3.2001_2000
    EDITION_sigma_sc4
    EDITION_sigma_sc5.2000_1000
    EDITION_sigma_sc5.2001_2000
    EDITION_sigma_sc6
    mean_sc1.2000_1000
    mean_sc1.2001_2000
    mean_sc2
    mean_sc3.2000_1000
    mean_sc3.2001_2000
    mean_sc4
    mean_sc5.2000_1000
    mean_sc5.2001_2000
    mean_sc6
    sigma_sc1.2000_1000
    sigma_sc1.2001_2000
    sigma_sc2
    sigma_sc3.2000_1000
    sigma_sc3.2001_2000
    sigma_sc4
    sigma_sc5.2000_1000
    sigma_sc5.2001_2000
    sigma_sc6
    SPECTRUM_mean_sc1.2000_1000
    SPECTRUM_mean_sc1.2001_2000
    SPECTRUM_mean_sc2
    SPECTRUM_mean_sc3.2000_1000
    SPECTRUM_mean_sc3.2001_2000
    SPECTRUM_mean_sc4
    SPECTRUM_mean_sc5.2000_1000
    SPECTRUM_mean_sc5.2001_2000
    SPECTRUM_mean_sc6
    SPECTRUM_sigma_sc1.2000_1000
    SPECTRUM_sigma_sc1.2001_2000
    SPECTRUM_sigma_sc2
    SPECTRUM_sigma_sc3.2000_1000
    SPECTRUM_sigma_sc3.2001_2000
    SPECTRUM_sigma_sc4
    SPECTRUM_sigma_sc5.2000_1000
    SPECTRUM_sigma_sc5.2001_2000
    SPECTRUM_sigma_sc6

Installation

Contact us to get the installer,
user side:
- unzip tripoli-plugin.zip in Promethee installation directory,
- restart Promethee GUI.
server side:
- unzip tripoli-plugin.zip in Promethee installation directory,
- change parameters in script file /opt/Promethee/scripts/tripoli4 according to your Tripoli configuration,
- open shell console, check ”/opt/Promethee/scripts/tripoli4 Promethee_Install_Path/examples/cylindreUO2-Tripoli” creates a “cylindreUO2-Tripoli.listing” file,
- add
```
     <CODE name="Tripoli_4.4" cplugin="file:./plugins/calc/Tripoli.cplugin.jar" command="/opt/Promethee/scripts/tripoli4" />
```
  lines in calculator.xml file inside ”<calculator>” tag,
- wait for configuration refresh (5 s. if calculator is free).